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AI-Studio/app/MindWork AI Studio/wwwroot/app.js
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window.generateDiff = function (text1, text2, divDiff, divLegend) {
let wikEdDiff = new WikEdDiff();
let targetDiv = document.getElementById(divDiff)
if (!targetDiv) {
return;
}
targetDiv.innerHTML = wikEdDiff.diff(text1, text2);
targetDiv.classList.add('mud-typography-body1', 'improvedDiff');
let legend = document.getElementById(divLegend);
if (!legend) {
return;
}
legend.innerHTML = `
<div class="legend mt-2">
<h3>Legend</h3>
<ul class="mt-2">
<li><span class="wikEdDiffMarkRight" title="Moved block" id="wikEdDiffMark999" onmouseover="wikEdDiffBlockHandler(undefined, this, 'mouseover');"></span> Original block position</li>
<li><span title="+" class="wikEdDiffInsert">Inserted<span class="wikEdDiffSpace"><span class="wikEdDiffSpaceSymbol"></span> </span>text<span class="wikEdDiffNewline"> </span></span></li>
<li><span title="−" class="wikEdDiffDelete">Deleted<span class="wikEdDiffSpace"><span class="wikEdDiffSpaceSymbol"></span> </span>text<span class="wikEdDiffNewline"> </span></span></li>
<li><span class="wikEdDiffBlockLeft" title="◀" id="wikEdDiffBlock999" onmouseover="wikEdDiffBlockHandler(undefined, this, 'mouseover');">Moved<span class="wikEdDiffSpace"><span class="wikEdDiffSpaceSymbol"></span> </span>block<span class="wikEdDiffNewline"> </span></span></li>
</ul>
</div>
`;
}
window.clearDiv = function (divName) {
let targetDiv = document.getElementById(divName);
if (!targetDiv) {
return;
}
targetDiv.innerHTML = '';
}
// We add a click handler to the provider group headers so that clicking anywhere on the header expands or collapses the group.
// Right now (August 2026), this is not possible using MudBlazor.
document.addEventListener('click', function (event) {
const target = event.target
if (!(target instanceof Element))
return
const groupHeaderRow = target.closest('tr')
if (!groupHeaderRow?.querySelector(':scope > .provider-group-header'))
return
if (target.closest('.mud-table-row-expander'))
return
groupHeaderRow.querySelector('.mud-table-row-expander')?.click()
})
window.scrollToBottom = function(element) {
element.scrollIntoView({ behavior: 'smooth', block: 'end', inline: 'nearest' });
}
window.setDocumentLanguage = function (ietfTag) {
document.documentElement.lang = ietfTag
}
window.formatChatInputMarkdown = function (inputId, formatType) {
let input = document.getElementById(inputId)
if (input && input.tagName !== 'TEXTAREA' && input.tagName !== 'INPUT')
input = input.querySelector('textarea, input')
if (!input)
return ''
input.focus()
const value = input.value ?? ''
const start = input.selectionStart ?? value.length
const end = input.selectionEnd ?? value.length
const hasSelection = end > start
const selectedText = value.substring(start, end)
let insertedText = ''
let selectionStart = start
let selectionEnd = start
switch (formatType) {
case 'bold': {
const text = hasSelection ? selectedText : ''
insertedText = `**${text}**`
selectionStart = start + 2
selectionEnd = selectionStart + text.length
break
}
case 'italic': {
const text = hasSelection ? selectedText : ''
insertedText = `*${text}*`
selectionStart = start + 1
selectionEnd = selectionStart + text.length
break
}
case 'heading': {
if (hasSelection) {
insertedText = selectedText
.split('\n')
.map(line => line.startsWith('# ') ? line : `# ${line}`)
.join('\n')
selectionStart = start
selectionEnd = start + insertedText.length
} else {
const text = ''
insertedText = `# ${text}`
selectionStart = start + 2
selectionEnd = selectionStart + text.length
}
break
}
case 'bullet_list': {
if (hasSelection) {
insertedText = selectedText
.split('\n')
.map(line => line.startsWith('- ') ? line : `- ${line}`)
.join('\n')
selectionStart = start
selectionEnd = start + insertedText.length
} else {
insertedText = '- '
selectionStart = start + 2
selectionEnd = start + insertedText.length
}
break
}
case 'code':
default: {
if (hasSelection) {
if (selectedText.includes('\n')) {
insertedText = `\`\`\`\n${selectedText}\n\`\`\``
selectionStart = start + 4
selectionEnd = selectionStart + selectedText.length
} else {
insertedText = `\`${selectedText}\``
selectionStart = start + 1
selectionEnd = selectionStart + selectedText.length
}
} else {
const text = ''
insertedText = `\`${text}\``
selectionStart = start + 1
selectionEnd = selectionStart + text.length
}
break
}
}
const nextValue = value.slice(0, start) + insertedText + value.slice(end)
input.value = nextValue
input.setSelectionRange(selectionStart, selectionEnd)
input.dispatchEvent(new Event('input', { bubbles: true }))
return nextValue
}
const escapeHandlers = new Map()
window.registerEscapeHandler = function (id, dotNetReference) {
window.unregisterEscapeHandler(id)
const handler = function (event) {
if (event.key !== 'Escape')
return
event.preventDefault()
event.stopPropagation()
dotNetReference.invokeMethodAsync('HandleEscapeKeyAsync').catch(() => {})
}
document.addEventListener('keydown', handler, true)
escapeHandlers.set(id, handler)
}
window.unregisterEscapeHandler = function (id) {
const handler = escapeHandlers.get(id)
if (!handler)
return
document.removeEventListener('keydown', handler, true)
escapeHandlers.delete(id)
}
const localShortcutHandlers = new Map()
function tauriKeyFromKeyboardCode(code) {
if (/^Key[A-Z]$/.test(code))
return code.substring(3)
if (/^Digit[0-9]$/.test(code))
return code.substring(5)
if (/^F(?:[1-9]|1[0-9]|2[0-4])$/.test(code))
return code
const keys = {
Space: 'Space', Enter: 'Enter', Tab: 'Tab', Escape: 'Escape', Backspace: 'Backspace',
Delete: 'Delete', Insert: 'Insert', Home: 'Home', End: 'End', PageUp: 'PageUp', PageDown: 'PageDown',
ArrowUp: 'Up', ArrowDown: 'Down', ArrowLeft: 'Left', ArrowRight: 'Right',
Numpad0: 'Num0', Numpad1: 'Num1', Numpad2: 'Num2', Numpad3: 'Num3', Numpad4: 'Num4',
Numpad5: 'Num5', Numpad6: 'Num6', Numpad7: 'Num7', Numpad8: 'Num8', Numpad9: 'Num9',
NumpadAdd: 'NumAdd', NumpadSubtract: 'NumSubtract', NumpadMultiply: 'NumMultiply',
NumpadDivide: 'NumDivide', NumpadDecimal: 'NumDecimal', NumpadEnter: 'NumEnter',
Minus: 'Minus', Equal: 'Equal', BracketLeft: 'BracketLeft', BracketRight: 'BracketRight',
Backslash: 'Backslash', Semicolon: 'Semicolon', Quote: 'Quote', Backquote: 'Backquote',
Comma: 'Comma', Period: 'Period', Slash: 'Slash'
}
return keys[code] ?? code
}
function parseTauriShortcut(shortcut) {
const expected = { ctrl: false, shift: false, alt: false, meta: false, key: '' }
const isMac = /Mac|iPhone|iPad|iPod/.test(navigator.platform)
for (const rawPart of shortcut.split('+')) {
const part = rawPart.trim().toLowerCase()
switch (part) {
case 'cmdorcontrol':
case 'commandorcontrol':
expected[isMac ? 'meta' : 'ctrl'] = true
break
case 'ctrl':
case 'control':
expected.ctrl = true
break
case 'cmd':
case 'command':
case 'meta':
case 'super':
expected.meta = true
break
case 'shift':
expected.shift = true
break
case 'alt':
case 'option':
expected.alt = true
break
default:
expected.key = rawPart.trim()
break
}
}
return expected
}
window.localShortcut = {
register: function (id, shortcut, dotNetReference) {
this.unregister(id)
const expected = parseTauriShortcut(shortcut)
if (!expected.key)
return
const handler = function (event) {
if (event.repeat
|| event.ctrlKey !== expected.ctrl
|| event.shiftKey !== expected.shift
|| event.altKey !== expected.alt
|| event.metaKey !== expected.meta
|| tauriKeyFromKeyboardCode(event.code).toLowerCase() !== expected.key.toLowerCase())
return
event.preventDefault()
event.stopPropagation()
dotNetReference.invokeMethodAsync('OnLocalShortcutPressed').catch(() => {})
}
document.addEventListener('keydown', handler, true)
localShortcutHandlers.set(id, handler)
},
unregister: function (id) {
const handler = localShortcutHandlers.get(id)
if (!handler)
return
document.removeEventListener('keydown', handler, true)
localShortcutHandlers.delete(id)
}
}
// What floats above the page without ever being a drop target. Two of these take part in hit testing as
// MudBlazor 8.15 stands: an open .mud-popover -- a closed one already declines pointer events through
// .mud-popover:not(.mud-popover-open) -- and .mud-snackbar, which asks for them explicitly with
// pointer-events: auto even though its container declines them, and snackbars appear constantly in this
// app. Without this list, a drag would be answered by whatever happens to float on screen rather than by
// the page below it. The remaining three are named because they surround those two: .mud-tooltip is the
// content of a popover, while #mud-snackbar-container and .mud-badge-wrapper carry pointer-events: none
// today and therefore never reach a hit test at all. Should a MudBlazor version drop that, they are
// covered here already. Children of all of them have to be skipped as well, which is why the test below
// uses closest rather than matches.
const skippedDropOverlays = '.mud-popover, .mud-tooltip, .mud-snackbar, #mud-snackbar-container, .mud-badge-wrapper'
// The drop zones of the app, addressed by the cursor position of a native drag and drop event.
//
// The arbitration between overlapping zones is left to the browser, and it can be: MudBlazor 8.15 gives
// neither .mud-dialog-container nor .mud-overlay a pointer-events: none. Both fill the viewport while a
// dialog is open, so a point beside the dialog box hits the container, and nothing there is a drop zone. A
// drop, therefore, cannot reach through an open dialog into the page behind it -- the very thing the app
// used to enforce by counting layers in C#. That single CSS property carries this whole design, so it
// belongs on the checklist for every MudBlazor major version, starting with the move to 9.
window.dropZones = {
// Names the drop zone at the given viewport position, or null when there is none.
//
// The stack of elements is walked from the top down rather than asking for the topmost one alone,
// because the topmost one may be an overlay from the list above and skipping it has to reveal what
// lies beneath. The first element which is not skipped ends the walk, whether it belongs to a drop
// zone or not: anything unknown blocks on purpose, so a drop can never slip through something the
// user sees as being in the way. Within that element, closest resolves from the inside out, so a
// specific zone inside a page-wide one wins -- which is exactly the precedence we want.
hitTest: function (x, y) {
for (const element of document.elementsFromPoint(x, y)) {
if (element.closest(skippedDropOverlays))
continue
return element.closest('[data-drop-zone-id]')?.getAttribute('data-drop-zone-id') ?? null
}
return null
},
// Every drop zone currently in the DOM, in document order. This is for diagnostics only: when a drop
// lands nowhere, it answers the question of which zones would have been available at that moment.
list: function () {
return Array.from(document.querySelectorAll('[data-drop-zone-id]'), zone => zone.getAttribute('data-drop-zone-id'))
}
}
// Keeps an open popover inside the window while its content grows or shrinks.
//
// MudBlazor 8.15 places an open popover when it opens, when the window is resized or scrolled, and when the
// component of the popover renders again. It never measures the popover afterward, though. Content which
// unfolds later, such as the unavailable tools of the tool selection or a panel of the data source selection,
// lets the popover grow out of the window until something unrelated places it again. So we place an open
// popover again whenever its size changes, at most once per frame, which keeps it at its anchor during the
// whole animation. Placing a popover may change its size once, when MudBlazor limits its height to the
// window, but placing it again at the same spot changes nothing, so this settles right away.
//
// This relies on window.mudpopoverHelper.placePopoverByNode, which is internal to MudBlazor. It exists in
// 8.15 and 9.2; without it, this does nothing. Check it with every new MudBlazor version.
const popoverResize = (function () {
const resizedPopovers = new Set()
let isPlacementPending = false
const placeResizedPopovers = function () {
isPlacementPending = false
for (const popover of resizedPopovers) {
if (popover.isConnected && popover.classList.contains('mud-popover-open'))
window.mudpopoverHelper?.placePopoverByNode?.(popover)
}
resizedPopovers.clear()
}
const resizeObserver = new ResizeObserver(function (entries) {
for (const entry of entries)
resizedPopovers.add(entry.target)
if (isPlacementPending)
return
isPlacementPending = true
requestAnimationFrame(placeResizedPopovers)
})
// MudBlazor renders the content of every popover as a direct child of the provider:
const observePopover = function (node) {
if (node instanceof Element && node.classList.contains('mud-popover'))
resizeObserver.observe(node)
}
const forgetPopover = function (node) {
if (node instanceof Element)
resizeObserver.unobserve(node)
}
const observeProvider = function () {
const provider = document.querySelector('.mud-popover-provider')
if (!provider)
return false
provider.childNodes.forEach(observePopover)
new MutationObserver(function (mutations) {
for (const mutation of mutations) {
mutation.addedNodes.forEach(observePopover)
mutation.removedNodes.forEach(forgetPopover)
}
}).observe(provider, { childList: true })
return true
}
return { observeProvider: observeProvider }
})()
// The provider appears only once Blazor has rendered the app, so we wait for it, and only for it:
if (!popoverResize.observeProvider()) {
const providerObserver = new MutationObserver(function () {
if (popoverResize.observeProvider())
providerObserver.disconnect()
})
providerObserver.observe(document.body, { childList: true, subtree: true })
}